Contents of Fluid Mechanics - Video Lecture Course

Contents of Fluid Mechanics - Video Lecture Course Fluid Mechanics - Video Lectures on Short Theory, Problems with Detailed Solutions

Problem in full for guest access is listed in red color.

View the Course

Learn the Essentials in 9 Hours

Class-1
Class-2
Class-3
Fluid Mechanics - Short Questions
Theory
Fluid Mechanics - Theory - Video
Fluid Mechanics - Theory - Slides
Quick Review of Fluid Mechanics - Formulas - Video
Quick Review of Fluid Mechanics - Formulas - Slides

Fluid Statics

Pressure Measurement with Manometer
Pressure Measurement by Open-end Manometer
Density Measurement with U-tube
Height of Mercury Column attached to Pressure Vessel
Inclined U-tube Manometer
Angle of Tilt of Inclined Leg
Pressure Measurement by Manometers in Series
Pressure Measurement with Inverted Manometer
Inverted U-tube Manometer
Level Rise in Piezometer Tube
Multifluid U-tube Manometer
Density of Tank Liquid from Levels in Connected Tube
U-tube with Two Liquids - Open to Atmosphere
Height of Closed Tank from Manometer
Pressure at the Bottom of Isothermal Column of Gas
Pressure Inside a Soap Bubble due to Surface Tension
Capillary Fall of Mercury

Buoyancy

Ice Submergence in Sea
Height of Submergence of Wood in Water
Weight of a Can Floating in Water
Boat Load in Lake and Sea
Pine Logs Raft to Carry a Cargo
Steel Floating at Mercury-Water Interface
Tension due to Net Upward Force
Tension in Wire - Holding Wood in Water
Density by Hydrometer
Hydrometer Submergence and Density of Fluid
Hydrometer Protrusion
Hydrometer - Distance between Graduations
Weight of Aluminum in Gasoline
Buoyancy Force Ratio of Sphere to Cube

Basics of Fluid Flow

Filling a Reservoir from Flow in a Pipeline

Bernoulli - Applications

Kinetic & Pressure Energies at Various Points in Flow from Nozzle
Velocity of Frictionless Piston
Flow from Pressurized Tank
Reduction of Flow Cross-section and Manometer Level
Maximum Flow through Reducer to Avoid Cavitation
Height of Tube for the Given Pressure
Height of Tank Liquid for Cavitation
Maximum Height of Siphon for Preventing Cavitation
Flow from Siphon and Pressure at Certain Points
Flow Direction
Pressure Difference due to Flow
Frictionless Flow Distribution in Branching Pipes
Frictionless Flow in Branches
Flow through Branches
Time for Water Level to Drop
Time Required for Draining of Tank Contents
Rate of Change of Height of Tank Contents
Velocity vs. Height of Tank with Immiscible Liquids
Diameter vs Height of Vertical Jet of Fluid
Velocity of Flow in a Porous Pipe
Power Required for Pumping
Flow through Nozzle

Flow Meters

Flow Measurement using Inclined U-tube Manometer
Orifice Meter - Flow Measurement
Manometer Reading vs. Flowrate in Venturimeter
Velocity in Venturi Throat from Pressure Drop Data
Venturi Meter - Maximum Flow
Air Velocity from Pitot Tube
Velocity for the given Static and Stagnation Pressures
Velocity Measurement from Pitot Tube
Rotameter

Shear Stress on Surfaces

Shear Stress on a Moving Plate
Force Required to Move a Plate Over a Fluid
Force to Move a Plate in a Fluid
Moving a Plate Over Two Fluids
Plate Moving Over Two Immiscible Liquids - Interface Velocity
Shear Stress from Velocity Profile

Boundary Layer Flow

Flow in Boundary Layer
Boundary Layer Thickness
Entry Length for Fully Developed Flow
Volumetric Flow in Boundary Layer from Velocity Profile

Friction

Viscosity from Capillary Flow Measurement
Power for Pumping water from Reservoir
Water Flow through Pipe
Transferring Corrosive Liquid by Pressurizing
Power Delivered by the Pump from Pressure Data
Flowrate of Oil from a Tank
Manometer Reading for Oil Flow through a Pipe
Velocity for a Given Pressure Drop
Flowrate for the given Pump Power
Head Loss for Flow through Rough Pipe
Frictional Flow in Parallel Pipes
Flow Comparison between Parallel and Series Pipes
Flow in Parallel Pipes
Flow Distribution in Pipe Network
Flow Distribution in Branches
Pressure Drop due to Friction
Velocity for the Given Pressure Drop in Turbulent Flow
Friction Factor vs Reynolds Number and Relative Roughness
Pressure Drop vs Velocity in Turbulent Flow
Head Loss vs. Diameter in Turbulent Flow
Pressure Drop vs Diameter for Constant Flow
Equivalent Diameter of Rectangular Duct
Flow vs Diameter at Constant Pressure Drop
Fitting Loss Coefficient
Power for Water Supply - Equivalent Length of Fittings
Height of Liquid Level for the NPSH Requirement
Average Velocity from Velocity Profile - Circular Pipe
Velocity at a Radial Position for Laminar Flow
Velocity at a Point - Laminar Flow
Shear Stress for Laminar Flow
Average and Maximum Velocity from Velocity Profile - flow between Parallel Plates
Average Velocity in Turbulent Flow from Velocity Profile
Rate of Kinetic Energy vs Diameter - Laminar Flow

Differential Equations of Fluid Flow

Three Dimensional Flow - Definitions and Equations
Coordinates of Zero Velocity
Condition for Incompressible Flow
Continuity Equation of Incompressible Flow
Check for Incompressible Flow
Two-dimensional Incompressible Flow
Two-dimensional Incompressible Flow - Ex.2
Velocity from Density Variation and Velocity Vector
Velocity Component of Compressible Flow
Velocity Component from Velocity Vector
Volume Dilation Rate
Acceleration Vector from Velocity Vector
Acceleration from Velocity Expression
Acceleration of Steady Flow
Acceleration of Fluid due to Change in Flow Area
Acceleration of One-dimensional Unsteady Flow
x-Component of Acceleration
Acceleration of Two-dimensional Flow
Convective Acceleration and Type of Flow
Stream Function from Velocity Potential
Streamlines for the given Velocity Field
Slope of Streamline
Discharge from Stream Function
Velocity Potential from Velocity Vector
Flow Conditions from Velocity Potential
Velocity from Potential Function
Incompressible and Irrotational Flow
Check for Compressibility and Irrotationality
Checking for Incompressibility and Irrotationality
Two-dimensional Flow - Conditions
Velocity Vector for the given Stream Function
Pressure at a Point from Velocity Vector

Momentum Balance

Force on a Plate due to Vertical Jet of Water
Force due to Flow in a Symmetric Forked Pipe
Force on a Plate Normal to a Fluid Jet
Force due to Flow on Reducing Elbow
Force due to Flow through U-bend
Fluid Velocity to Hold a Mass in Place
Mass of Spherical Ball Supported by Air Jet
Force due to Water Jet Passing through Orifice

Flow Around Solids

Drag Force vs Velocity for Laminar Flow
Terminal Settling Velocity of Lead Particle
Steady Flow of Air Bubble in Water
Terminal Velocity of Sliding Block
Pressure Drop of Packed Bed for Changes in Viscosity and Velocity
Pressure Drop vs Particle Diameter of Packed Bed
Packed and Fluidized Beds
Bed Height vs Voidage during Fludization
Pressure Drop of Packed and Fluidized Beds
Minimum Fluidization Velocity
Velocity vs Particle Diameter in Fluidization

Visit "Fluid Mechanics - Video Lectures" Course